Ultrasonic spraying nanomaterials

Ultrasonic spraying nanomaterials -- Spraying nano suspension -- YMUS ultrasonic spraying

YMUS Ultrasonic nanomaterial spraying system is particularly suitable for spraying nanosuspensions such as carbon nanotubes, nanowires, perovskite, graphene, etc. Due to the inherent ultrasonic vibration of the nozzle, the energy breaks the aggregate particles in the suspension, and the liquid is subjected to continuous mechanical vibration throughout the spraying process without damaging the material. This is especially beneficial in situations where functional nanoparticles need to be evenly dispersed. In contrast, other spray techniques do not disperse clumps and are prone to clogging.

Note:Ultrasonic atomizing nozzle

Ultrasonic spraying is different from the traditional spray head which relies on pressure and high-speed movement to crush liquid into small particles Ultrasonic atomizing nozzle is used to atomize liquid with low ultrasonic vibration energy. Liquid can be transferred to the spray head by its own gravity or low pressure liquid pump and achieve continuous or intermittent atomization.

Note:Ultrasonic atomizing nozzle series

Typical application

Film spraying (solar cell, fuel cell, touch screen, flux, glass spray film, etc.)

Nanomaterials: pyrolysis, spray drying

Chemical: reactants injected trace oily liquid or aromatherapy liquid, such as the addition of industrial humidification, industrial dust removal anti-static

Characteristic advantage

High efficiency spraying, reduce raw material consumption of fine atomizing particles, atomizing particles uniform can achieve intermittent or continuous ultra-low spray flow, nozzle is not easy to plug, anti-corrosion, high precision, high controllability.